TH4030B - A device for conveying sheets of material in a rolled form. - Google Patents

Abstract

The machine for sheet roll transmission according to this fabrication method reveals the sheet transmission from the process. of the pressurized unit (12D) to the drying unit stage (14D). to the towel bar of the drying unit (42D), which is within the Drying unit (14D) for bringing sheet material (WD) from the prestressing unit (12D) step into and through the The episode of the compression duty unit (12D) is put to an end in As the sheet material (WD) passes through the drying unit (14D) stage, the first set of rollers (44D) serves to support the bar. The drying unit's fabric (42D) and can be rotated. The structure (128) serves to support the drying unit. First roller (44D) in such a way that it can be rotated. The first set of rollers (44D) includes the infeed roller (40D) which is fixed to the position. Close to the prestressing unit (12D) for the movement of sheet material (WD) from the prestressing unit (12D) step through directly to the drying unit (14D) step. The first set of rollers (44D) also includes the first transmission roller (108) which will be spaced in position. associated with the infeed roller (40D) for moving the sheet material (WD) through to Drying unit (14D) step. The transmitting cloth (16) acts in conjunction with the drying unit (42D) strip in such a way that the transfer cloth (106) and drying unit (42D) strips make. An inter-transmission alignment (110) forms an apparent distance along the strip of the drying unit (42D) in the position between the infeed roller (40D) and the transfer roller (108). Inter-transmission alignment (110). It serves to support the sheet material (WD) along the alignment so that the sheet material (WD) will be easier to feed into. in the drying unit process (14D) and also helps Prevents sheet (WD) bending characteristics that will cause displacement during guided movement of sheet (WD) from the prestressing unit (12D) step into the drying unit stage. (14D)

Claims (13)

1. A conveyor system for moving rolled sheets of material from the compression unit to the drying unit. This conveyor consists of a drying unit's fabric strip that moves within the drying unit to guide the material from the compression unit into and through the drying unit, removing any remaining water from the material after compression during the drying process. A first set of rotating rollers supports the drying unit's fabric strip in a movable manner. A structural component supports this first set of rollers in a movable manner. This first set of rollers includes an inlet roller positioned near the compression unit to move the material from the compression unit to the drying unit. The first conveyor roller is positioned relative to the inlet roller to move the material through the drying unit. The conveyor fabric strip works in conjunction with the drying unit's fabric strip. The drying process is achieved by the conveyor belt and the drying unit's belt creating a continuous alignment between them. This alignment is positioned between the feed roller and the first conveyor roller. The first conveyor roller is a vacuum roller that stimulates the material sheet to move from the conveyor belt to the first conveyor roller and the alignment. This alignment supports the material along its entire length, facilitating its feeding into the drying unit and preventing warping or sagging during its movement from the compression unit to the drying unit. 2. A device for conveying rolled material, as per claim 1, in which the first set of rollers includes a set of drying unit rollers, a set of conveying rollers, and each roller in the set of drying unit rollers alternates with the conveying rollers in the set of conveying rollers in such a way that the drying unit's fabric strip moves through the conveying rollers, and the set of drying unit rollers causes the drying process to move in the same direction. 3. A device for conveying rolled sheets of material, as per claim 2, where the structural components include a structure for a drying unit to support the rollers of the drying unit and the first conveying roller in a rotating manner, and a structure for a compression unit to support the feed rollers in a rotating manner. 4. Material Handling Device: This device is used to transfer rolled material from the compression unit to the drying unit. It consists of a drying unit's fabric strip that moves within the drying unit to guide the material from the compression unit into and through the drying unit, removing any remaining water from the material during its passage. A first set of rotating rollers supports the drying unit's fabric strip, allowing for movement. A structural component supports this first set of rollers, enabling rotation. This first set of rollers includes an inlet roller positioned near the compression unit to move the material from the compression unit to the drying unit. The first transfer roller is positioned relative to the inlet roller to move the material into the drying unit. The transfer fabric strip works in conjunction with the drying unit's fabric strip. The drying process is achieved by the conveyor belt and the drying unit's belt creating an interconnected conveyor belt. This belt is positioned along the length of the drying unit's belt and between the inlet roller and the first conveyor roller. This interconnected conveyor belt supports the material along its entire length, facilitating easy feeding into the drying unit and preventing warping or sagging during the material's movement from the compression unit to the drying unit. The interconnected conveyor belt has two ends. The first end is positioned near the compression unit, and the second end is positioned near the first conveyor roller. The first end of the interconnected conveyor belt is positioned between the inlet roller and the first conveyor roller, while the second end is positioned near the first conveyor roller. The first passageway mentioned above. 5. The device for conveying rolled material, as per claim 1, also includes a second set of rollers for the purpose of supporting the conveying strip in a movable manner; a drying unit structure for the purpose of supporting at least one of the rollers in the second set of rollers in a movable manner; the set of rollers creates a tensile force that acts in close contact with the conveying strip, creating tension on the conveying strip so that the conveying strip is closely and in conjunction with the drying unit's strip to create a shared conveying alignment. 6. A device for conveying rolled sheets of material as per claim 5, in which at least one of the tensioning rollers can rotate supported by the structure of the drying unit. 7. A device for conveying rolled material as per claim 5, where such second set of rollers includes guide rollers for moving the rolled material into the common conveying alignment between the drying unit's fabric strips and the conveying fabric strips. 8. The device for conveying rolled sheets of material, as per claim 7, also includes a primary air deflection element positioned close to the guiding rollers to deflect air away from the drying unit's fabric strips, thus minimizing material disturbance during the material's movement into the conveying alignment. 9. The device for conveying rolled sheets of material, as per claim 7, also includes a second deflection element. This second element is positioned near the first conveyor roller for the purpose of deflecting the sheet of material away from the conveyor belt and moving it towards the drying unit's belt as it moves away from the conveyor belt alignment. 10. The device for conveying rolled material, as per claim 7, also includes a third deflection element, positioned close to the rollers in the second set of rollers. This roller supports the conveying strip between the first conveying roller and the set of tensile rollers. This third deflection element deflects the material away from the conveying strip in the event of a material error that occurs when the material is missed from the conveying strip and moves towards the drying unit's strip. As the material moves away from the common conveying alignment, this third deflection element also prevents the material from winding or curling in the area of any of the tensile rollers. 11. The device for conveying rolled sheets of material, as per claim 7, also includes a device for driving such guide rollers to rotate in such a manner as the drying unit's fabric strips move. 12. A device for conveying rolled sheets of material, as per claim 1, in which the compression unit includes a first compression roller positioned close to the feed roller. A plate for the mouth works in conjunction with the first compression roller to move the sheet of material away from the first compression roller in such a way that the sheet of material moves past the feed roller out of the compression unit. 13. Material Handling Mechanism: This mechanism is used to transfer rolled material from the compression unit to the drying unit. It consists of a drying unit's fabric strip that moves within the drying unit to guide the material from the compression unit through the drying unit, removing any remaining water. A first set of rotating rollers supports the drying unit's fabric strip, allowing it to move. A structural frame supports this first set of rollers, enabling them to rotate. This first set of rollers includes an inlet roller positioned near the compression unit to move the material from the compression unit to the drying unit, and a first transfer roller positioned near the drying unit to move the material from the inlet roller through the transfer roller to the drying unit. The transfer strip, acting in conjunction with the drying unit's strip, forms a continuous transfer channel between the transfer strip and the drying unit's strip, and this transfer channel is defined as being located between the balls (Clause 13, Clause 8, page 12, Figure).